DOW€CORNING® 200 Fluid - Mavom

WARRANTYINFORMATION - PLEASEREAD CAREFULLYThe information contained herein isoffered in good faith and is believedto be accurate. However, becauseconditions and methods of use of ourproducts are beyond our control, thisinformation should not be used insubstitution for customer's tests toensure that Dow Corning's productsare safe, effective, and fullysatisfactory for the intended end use.Dow Corning's sole warranty is thatthe product will meet theDow Corning sales specifications ineffect at the time of shipment. Yourexclusive remedy for breach of suchwarranty is limited to refund ofpurchase price or replacement of anyproduct shown to be other than aswarranted. Dow Corning specificallydisclaims any other express or impliedwarranty of fitness for a particularpurpose or merchantability. UnlessDow Corning provides you with aspecific, duly signed endorsement offitness for use, Dow Corningdisclaims liability for any incidentalor consequential damages.Suggestions of use shall not be takenas inducements to infringe any patent.3Ref. no. 22-0069N-01

Table 1: Typical properties of viscosity grades.These values are not intended for use in preparing specifications.Viscosityat 25°C¹mm²/s(cSt)FlashPoint,closedcup²FlashPoint,open cup 3PourPoint 4SpecificGravityat 25°/15.6°C ¥ViscosityTemperatureCoefficient 6Coefficient ofVolumeExpansion, 7I/KRefractiveIndex 8 at25°CSurfaceTension 9 at25°CmN/mThermalConductivity 10 at50°CBoiling Point0.65 -3.3°C -68°C 0.761 0.31 0.00134 1.375 15.9 0.100 100°C at 760mm(10.1 kPa)1.0 34.4°C -100°C 0.818 0.41 0.00134 1.382 17.4 - 152°C at 760 mm5.0 >100°C 135°C -100°C 0.920 0.55 0.00105 1.397 19.7 - 120-160°C at 0.5mmVOLATILITY 11% max weight lossafter 24 hrs at 150°C10 >100°C >163°C -100°C 0.934 0.56 0.00108 1.399 20.1 0.134 1020 >100°C >204°C -84°C 0.949 0.59 0.00107 1.400 20.6 0.142 1050 >100°C >285°C -70°C 0.960 0.59 0.00104 1.401 20.8 - 2.0100 >100°C >315°C -65°C 0.960 0.60 0.00096 1.402 20.9 0.155 0.5200 >100°C >315°C -65°C 0.970 0.60 0.00096 1.403 21.0 - 0.5300 >100°C >315°C -65°C 0.970 0.60 0.00096 1.403 21.0 0.155 0.5350 >100°C >315°C -65°C 0.970 0.60 0.00096 1.403 21.1 0.159 0.5500 >100°C >315°C -50°C 0.971 0.60 0.00096 1.403 21.1 - 0.51000 >100°C >321°C -50°C 0.971 0.61 0.00096 1.403 21.2 0.159 0.55000 >100°C >321°C -50°C 0.975 0.61 0.00096 1.403 21.4 0.159 2.010000 >100°C >321°C -50°C 0.975 0.61 0.00096 1.403 21.5 0.159 2.012500 >100°C >321°C -46°C 0.975 0.61 0.00096 1.403 21.5 0.155 2.030000 >100°C >321°C -43°C 0.975 0.61 0.00096 1.403 21.5 - 2.060000 >100°C >321°C -41°C 0.976 0.61 0.00096 1.403 21.5 - 2.01. CTM 00042. CTM 00213. CTM 00064. CTM 0133. Due to the effects of supercooling, this test methodyields pour points lower than the temperatures at which thesesilicone fluids solidify when held at such temperatures for alonger period.5. CTM 0001A6. CTM 0747 (1 - (Viscosity at 99°C / Viscosity at 38°C))7. CTM 04208. CTM 00029. CTM 046110. CTM 0773 O.K. Bates, “Thermal Conductivity of LiquidSilicones”, Industrial and Engineering Chemistry, Vol. 41,page 1966, September 1949, units were W/(m.K).11. CTM 208. Determined by heating a 2 gram sample in a 50millilitre beaker for 24 hours at 150°C. The heating is carried outin an air circulating oven.Figure 1: Viscosity temperature slopes for DOW CORNING 200 Fluids and some petroleum oils.4Ref. no. 22-0069N-01

Figure 2: Compressibility of DOW CORNING 200 Fluid.Figure 3: Blending Chart.5Ref. no. 22-0069N-01

6 05/01/1998® DOW CORNING is a registered trademark of Dow Corning Corporation.Ref. no. 22-0069N-01DC 2870©1997-2000 Dow Corning Corporation. All rights reserved.